Glioblastoma Drug Resistance Overcome by Targeting Two Cancer Pathways Simultaneously
The most aggressive form of brain cancer may have met its match through a precision drug combination that exploits a critical vulnerability in tumor survival m…
Found 1259 results for "cancer"
The most aggressive form of brain cancer may have met its match through a precision drug combination that exploits a critical vulnerability in tumor survival m…
The fight against cardiovascular disease may have found a precision weapon in the form of genetically modified immune cells that specifically target the inflam…
Advanced cellular therapy may offer hope for patients trapped in cycles of failed immunosuppressive treatments for rare autoimmune conditions. When conventiona…
The prospect of reprogramming immune cells to halt their own destructive attacks represents a paradigm shift for millions suffering from chronic autoimmune con…
Blood cancer patients may soon receive dramatically more precise prognosis and treatment guidance following breakthrough research that identified nine distinct…
Advanced prostate cancer treatment is entering a puzzling phase where oncologists increasingly prescribe the same class of drugs even after they have already f…
Pediatric brain cancer research has achieved a breakthrough that could transform treatment of one of childhood's most lethal malignancies. Diffuse midline glio…
Blood system aging may be more controllable than previously assumed, potentially opening new therapeutic avenues for maintaining immune function throughout lif…
Cancer cells that have learned to evade standard DNA methylation treatments may have met their match through precision molecular engineering. Aberrant DNA hype…
Lung cancer's notorious ability to develop resistance to radiation therapy may have met its match through understanding a previously underappreciated metabolic…
Pancreatic cancer's notorious resistance to immunotherapy may have found a new molecular explanation through an unexpected player in cellular housekeeping. The…
Understanding genetic cancer predisposition has taken a significant step forward with new insights that could reshape screening recommendations for thousands o…
Bladder cancer patients face a diagnostic dilemma that has persisted for decades: determining whether residual tumor remains after initial surgery without subj…
Cancer patients navigating treatment face a hidden threat that claims more lives than many realize: sepsis-related death occurs at rates 52% higher than the ge…
Cellular reprogramming approaches that have revolutionized cancer treatment may now offer hope for devastating autoimmune conditions where the body destroys it…
The emerging field of nutritional oncology reveals how strategic dietary modifications might fundamentally alter cancer cell behavior rather than simply suppor…
Understanding how rare but deadly childhood cancers develop their aggressive characteristics could transform treatment approaches for young patients facing the…
Cancer immunotherapy's most celebrated checkpoint inhibitor may be undermining its own effectiveness through an unrecognized mechanism that removes the very im…
Cancer immunotherapy gains a powerful new roadmap as scientists decode how immune cells navigate to tumor sites. The C-C chemokine receptor 4 (CCR4) acts as a…
Men facing androgen suppression for prostate cancer may soon have a gentler treatment option that sidesteps the harsh side effects that have plagued hormone th…